Cartilage is an incredible substance that allows our bodies to achieve our fitness goals, run around with our kids and enjoy pursuing our daily goals without discomfort.
Whereas bones are hard and rigid, and muscles are more flexible, the cartilage is the perfect middle; it protects your bones and body components while remaining smooth and resilient. Our pain relief treatment in the Woodlands, TX provides cutting-edge regenerative medicine that can use your body’s own processes to enhance cartilage repair.
Our chronic pain treatment center in the Woodlands provides you with experienced treatment that will alleviate your symptoms and improve your quality of life.
Let’s examine how stem cell therapy can improve cartilage repair using your body’s natural healing systems.
What is Cartilage and Its Function?
Cartilage is comprised of a strong and smooth substance that produces a combination of collagen, proteoglycans (a type of protein), and various non-collagenous proteins. Cartilage provides a ‘sliding’ mechanism allowing our joints to move smoothly and provides shock-absorbing power when we jump, run, and abruptly stop moving.
We need joint cartilage to shield our bones from creating friction at the joint surface, reduce tendon inflammation and help us reach full-body mobility.
What Causes Cartilage to Disappear?
Over 55 million Americans are affected by joint pain and arthritis.
In the process of protecting our bones, the cartilage can become damaged from consistent wear and tear. Lack of cartilage can increase joint inflammation, cause discomfort during daily activities, and result in long-term conditions including arthritis. Some factors that cause the cartilage to breakdown include:
- Obesity, resulting in increased stress on your joints.
- Injury to the joint that has caused improper healing.
- Diabetes and other various hormone disorders that lead to joint inflammation.
- Repetitive physical activity, including sports and hobbies that involve the same motion over a long period.
- Birth abnormalities have caused unusual joints to break down faster, specifically in the pelvic and hip regions.
- An excess of uric acid in your blood that forms sharp crystals in your joints.
Can You Regrow Cartilage?
All humans have stem cells. As babies, we have 1 in 10,000 stem cells in our bodies and end up with 1 in 2,000,000 by the time we reach 80 years old. Stem cell therapy plays a vital role in tissue and cartilage repair, with regenerative medicine becoming a beneficial alternative to invasive surgeries.
As we age, the articular cartilage that supports our bones and tendons cannot regrow or heal itself as it did when the body was younger. The older your body gets, the fewer chances oxygenated red blood targeting your damaged tissue becomes.
Can Stem Cell Therapy Regrow Cartilage?
Since the early 2000s, stem cells have been used in treating osteoarthritis and alleviating the damage to the bones. Stem cells are specialized cells that can multiply and take the form of various types of tissues while stimulating damaged cell repair and improve blood flow to the targeted area.
Mesenchymal stem cells (MSCs) have anti-inflammatory proteins and growth factors that improve pain and function in joints with minimal cartilage. They have been shown to regulate immune system response, stimulate blood vessel growth, replace damaged tissue with healthy cells, and diminish pain systems.
Stem cells and platelets are natural components in our body that boost regeneration in healing in the body. Once these components are medically concentrated and delivered to the targeted tissue, they increase the chances of your cartilage growing.
Stem cell treatments can reduce the symptoms of osteoarthritis through:
- Improving range of motion,
- Reducing stiffness and inflammation,
- Reduce blood clots, infection, and nerve damage,
- Increases self-healing of the joint cartilage.
Leave Joint Discomfort in the Past with Pain Relief Treatment in the Woodlands, TX!
Advanced research and dynamics allow regenerative medicine to progress further. We are dedicated to future stem cell perspectives and breakthroughs that can help you lead a healthy and promising future.